Organic matter has been characterized in samples of Pleistocene, Pliocene, and Miocene sediments from seven Deep Sea Drilling Project sites in the subtropical South Atlantic Ocean. Organic carbon concentrations average 0.3% for most samples, and n-alkanoic acid, n-alkanol, and alkane biomarkers indicate extensive microbial reworking of organic matter in these organic-carbon-lean sediments. Samples from the easternmost parts of the South Atlantic contain an average of 4.1% organic carbon and reflect the high productivity associated with the Benguela Current. Lipid biomarkers show less microbial reworking in these sediments. Eolian transport of land-derived hydrocarbons is evident at most of these oceanic locations.Peer Reviewedhttp://deepblu...
Organic petrologic and geochemical analyses were performed on modern and Quaternary organic carbon-p...
Sediments on the Namibian Margin in the SE Atlantic between water depths of ∼1000 and ∼3600 m are hi...
Classical views for the deposition of organic-rich sediments in deep-sea environments invoke two pri...
Organic matter has been characterized in samples of Pleistocene, Pliocene, and Miocene sediments fro...
Organic matter has been characterized in samples of Pleistocene, Pliocene, and Miocene sediments fro...
Detailed organic geochemical investigations have been performed on sediment samples from upwelling S...
CHN analyses of sediments and rocks sampled during DSDP Leg 75 in the South Atlantic have provided c...
CHN analyses of sediments and rocks sampled during DSDP Leg 75 in the South Atlantic have provided c...
Organic matter in sediments from Sites 515, 516, and 517 reflects a history of low marine productivi...
Deep-sea sediment samples from three Ocean Drilling Program (ODP) Leg 112 sites on the Peru continen...
Deep-sea sediment samples from three Ocean Drilling Program (ODP) Leg 112 sites on the Peru continen...
Two samples of Miocene sediments from Site 525 and four samples of sediments ranging in age from Ple...
The Atlantic South-eastern margin is influenced by the presence of broad upwelling cells associated ...
A compilation of 1118 surface sediment samples from the South Atlantic was used to map modern seaflo...
Seventeen sediment samples of Albian-Cenomanian to early Pliocene age from DSDP Hole 530A in the Ang...
Organic petrologic and geochemical analyses were performed on modern and Quaternary organic carbon-p...
Sediments on the Namibian Margin in the SE Atlantic between water depths of ∼1000 and ∼3600 m are hi...
Classical views for the deposition of organic-rich sediments in deep-sea environments invoke two pri...
Organic matter has been characterized in samples of Pleistocene, Pliocene, and Miocene sediments fro...
Organic matter has been characterized in samples of Pleistocene, Pliocene, and Miocene sediments fro...
Detailed organic geochemical investigations have been performed on sediment samples from upwelling S...
CHN analyses of sediments and rocks sampled during DSDP Leg 75 in the South Atlantic have provided c...
CHN analyses of sediments and rocks sampled during DSDP Leg 75 in the South Atlantic have provided c...
Organic matter in sediments from Sites 515, 516, and 517 reflects a history of low marine productivi...
Deep-sea sediment samples from three Ocean Drilling Program (ODP) Leg 112 sites on the Peru continen...
Deep-sea sediment samples from three Ocean Drilling Program (ODP) Leg 112 sites on the Peru continen...
Two samples of Miocene sediments from Site 525 and four samples of sediments ranging in age from Ple...
The Atlantic South-eastern margin is influenced by the presence of broad upwelling cells associated ...
A compilation of 1118 surface sediment samples from the South Atlantic was used to map modern seaflo...
Seventeen sediment samples of Albian-Cenomanian to early Pliocene age from DSDP Hole 530A in the Ang...
Organic petrologic and geochemical analyses were performed on modern and Quaternary organic carbon-p...
Sediments on the Namibian Margin in the SE Atlantic between water depths of ∼1000 and ∼3600 m are hi...
Classical views for the deposition of organic-rich sediments in deep-sea environments invoke two pri...